Pharmaceutical Color Measurement
EasyMatch QC Electronic Records
Custom IQQQPQ Printed Notebook
Vista ER Transmission Spectrophotometer
Color Perception Communication
Measuring Geometric Attributes
Global Leader In Animal Health
Digital Instrument Qualification Software
Posts
Accessories and Parts
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Design Improvements in the HunterLab Sample Cup
- Do you need to replace a damaged Instrument White Tile?
- FAQs on White Tile Replacement for HunterLab sensors
- How do I measure a very dark chromatic sample in Transmittance?
- How do I use the round Small Volume (4 ml) 10 mm Transmittance Cell?
- Is Hunter Rd, a, b color scale supported on the ColorFlex EZ?
- Is there a difference between Glass and plastic sample cups for color measurement?
- Masked 4 mm diameter port for ColorQuest XE and UltraScan XE
- Measuring small sample quantities with ColorFlex
- Stained Instrument Light Blocker
- Use of the Retroviewer to align small samples
- Wet Specimen Port for the MiniScan EZ 45/0 LAV
- What are the Flow Cell Options for Transparent Liquids?
- What Fuse Protection is in place with HunterLab Instruments?
- What resources are available for making plaques and sheets from plastic pellets?
- Which glass vials should be used for transmittance color measurement?
Applications
- Creating an Industry Standard Inside Your Car
- Gloss Measurement: SPIN vs. SPEX
- How to Measure Sugar Color
- Lab, RGB and CMYK – Color Spaces Explained
- Spectrophotometer Setup for Liquids
- Spectrophotometric Color Measurement Keeps Ketchup Red as Manufacturers Eliminate Preservatives
- The Importance of Color in Industry
- What Is Non-Contact Spectrophotometry?
- What You Need to Know About Gloss Standards
Benchtop
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Consistent Measuring of Coconut Water Color and Haze
- How do I measure the color of semi-solid materials?
- How to Measure Small Samples
- Is there a difference between Glass and plastic sample cups for color measurement?
- Spectrophotometer Best Practices
- What Fuse Protection is in place with HunterLab Instruments?
Building Products
Chemical
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
- Can HunterLab instruments measure APHA/Pt-Co/Hazen Color above 500?
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Do you have a source for liquid Saybolt and ASTM D1500 Color Standards?
- Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
- Do you know what Molten Color is?
- History of the APHA/Pt-Co/Hazen Color Scale
- How do I measure “clear and colorless” Surfactants?
- How do I use the round Small Volume (4 ml) 10 mm Transmittance Cell?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How is ASTM D1003 Transmission Haze measured at levels > 30%?
- Is it possible to create ASTM traceable haze standards above 30%?
- Measuring the Color of Clear Liquids
- Measuring the Color of Clear Liquids
- References for Hazen Color Scale
- The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
- What is a visual limit for Haze%?
- What is a Y Brightness? Beta Reflectance Factor? Reflection Coefficient?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What scale is used to measure the color of waste water?
- What standard do I use to verify Yellowness Index Performance?
- Where can Liquid Gardner Color Standards be ordered?
Coatings
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Contrast Ratio Opacity
- How can I use EasyMatch QC to measure Contrast Ratio Opacity?
- Tips to Getting Color Right in the Powder Coating Industry
- What are Hydrochromic or Hygrochromic Color Samples?
- What is a Y Brightness? Beta Reflectance Factor? Reflection Coefficient?
- What is the technique for quantifying reflected color in architectural glass?
Color and Appearance Theory
- 10 Things You Didn’t Know About Color
- A Quick Guide to Color Theory
- Additive vs. Subtractive Color Models
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASBC Beer Color and Turbidity
- Basics of Color Theory
- Biofluorescence vs. Bioluminescence: What’s the Difference?
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Color Meanings and Communication
- Color Perception With Different Light Sources (Metamerism)
- Color That Helps Customers Perceive Your Brand
- Conformance summary of how HunterLab sphere instruments measure ASTM D1003 Transmission Haze
- Contrast Ratio Opacity
- Directional Instruments
- Do HunterLab sphere instruments conform to ASTM D1003?
- Do you have a formula to convert Hunter Lab values to CIE L*a*b*?
- Do you have a source for a Sample Conditioning Cabinet for Heat and Humidity?
- Do you have a source for calibrated, traceable transmission filters?
- Do you have a source for EP Opalescence Standards?
- Do you have a source for Magnesium Carbonate powder as top-of-scale?
- Do you have references for the equivalency of CIE inverse instrument geometries?
- Do you know what Molten Color is?
- Everything You Need to Know About Dye Allergies
- Food Coloring Regulations and Standards
- Getting Started With Color
- Gloss Measurement: SPIN vs. SPEX
- History of the APHA/Pt-Co/Hazen Color Scale
- How do I measure “clear and colorless” Surfactants?
- How do I measure a very dark chromatic sample in Transmittance?
- How do you quantify color?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How does EasyMatch QC-ER software comply with FDA 21 CFR Part 11?
- How is polarization minimized in HunterLab sphere instruments?
- How to Match Colors
- Human Factors That Affect How We See Colors
- Human Observers
- Industrial Environment Color Coding Guide
- Instrument Geometry – Directional 45°/0° or Diffuse d/8° Sphere?
- Is the color of beer related to the color of the distillers grain?
- Is there a Munsell HVC color conversion in EasyMatch QC?
- Is there an Internet Site for converting and displaying color values?
- Lab, RGB and CMYK – Color Spaces Explained
- Light Sources and Illuminants
- Luminance vs. Illuminance: What’s the Difference?
- Managing Color Consistencies to Ensure Brand Integrity
- Measuring Differences in Appearance
- Measuring the Color of Olive Oil
- Measuring Visual Differences with dE CMC
- Metamerism Index
- Objects
- Optimal inter-instrument agreement and communication of color values
- References for Hazen Color Scale
- RGB v Tristimulus Color Scales – HELP!
- ROY G BIV… A Series
- Sources for BRDF and BSDF Equipment and Testing Services
- Spectrophotometer Best Practices
- Spectrophotometer vs. Colorimeter: What’s the Difference?
- Summer Time Colors for Clothing Industries
- The Color Blue — History, Meaning and Facts
- The Color Green — History, Meaning and Facts
- The Color Orange — History, Meaning and Facts
- The Color Pink — History, Meaning and Facts
- The Color Purple — History, Meaning and Facts
- The Color Red — History, Meaning and Facts
- The Color Yellow — History, Meaning and Facts
- Tips to Getting Color Right in the Powder Coating Industry
- What are the NCI National Cheese Color Standards?
- What are the USDA Peanut Butter Color Standards?
- What is a visual limit for Haze%?
- What is a Y Brightness? Beta Reflectance Factor? Reflection Coefficient?
- What Is Chromophobia?
- What Is Color, and How Do We See Color?
- What is Hunter Whiteness Index?
- What Is Non-Contact Spectrophotometry?
- What is the Bidirectional scattering distribution function?
- What is the CIE – Commission internationale de l´éclairage?
- What is the correct light level in lux for a light booth?
- What is the Hunter Rd, a, b Color Scale?
- What is the technique for quantifying reflected color in architectural glass?
- What is Y Transmission?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What scale is used to measure the color of waste water?
- What Tomato Tiles are available as Hitch standards?
- Where can Liquid Gardner Color Standards be ordered?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
- Where to find pre-soiled and stained fabrics for laundry and cleaning testing
Color in Building Materials
- Color Quality Control for Traffic Signs Can Be Accomplished with Spectrophotometers
- Ensuring Accurate Color Measurement in Concrete Field Trial Batching
- Exploring Color Measurement Methods for Fiber Cement Siding
- Exploring How Spectrophotometric Analysis Can Enhance Color Consistency in Ceramic Tile
- How Accurate Color Measurement Leads to Effective Formulations in Solar Reflective Paint
- How to Accurately Measure Color in Clay and Terracotta Products
- Instrumental Measurement Helps Wood Manufacturers Produce Repeatable Colors
- Paint Retailers with Accurate Color Matching Instruments Earn Customers for Life
- Perfecting the Color of Plastic Playground Equipment
- Realizing the Potential of Transparent Wood for Homes and Buildings Via Spectrophotometric Analysis
- SMART Technology Enhances Color Analysis of Granular Roofing Materials
- Spectrophotometers Ensure Color Accuracy and Consistency in Stucco
- Spectrophotometers Help Manufacturers Keep Traffic Cones Safety Orange
- Spectrophotometers Improve Efficiency and Color Consistency in Precast Concrete Manufacturing
- Spectrophotometric Analysis of Roofing Color Helps Homeowners Realize Their Vision
- Spectrophotometric Color Measurement Helps Perfect Tar Paper or Roofing Felt
- Spectrophotometric Testing of Site-Mixed Cement Color Ensures Accuracy and Predictability
- Spectrophotometry Enhances Color Consistency in Architectural Glass
- Spectrophotometry Ensures Color Consistency in Brick Production
- Spectrophotometry Ensures Consistent Mortar Coloration
- The Benefits of Implementing a Reliable Color Quality Control Method for Limestone
- The Right Spectrophotometer Can Improve Quality Control of Natural Stone Sealants
- Using Wine Bottle Glass Colors to Reduce Light Exposure and Improve Quality
Color in Chemical Industry
- A Better Clean: Using Spectrophotometers to Evaluate Laundry Detergent Performance
- Analyzing the Color of Transformer Oil Using Spectrophotometric Instrumentation
- APHA Color System: A Measurement of Liquid Purity
- Applications of Spectrophotometry in Agriculture: Quantitative Analysis of Fertilizer Properties
- Applying Spectrophotometric Evaluation to Chlorophyll Pigments to Reap Health Benefits
- Can Spectral Analysis Be Used to Monitor Fluoride in Drinking Water?
- Chemical Analysis of Sunscreen: Determining SPF with Ultraviolet Light Measurement
- Color Technology and Sustainability: Assessing Chemical and Organic Fertilizers
- Defensive Measures: UV Analysis of Sun Protection in Fabrics and Detergents
- Determining Color Range in Petroleum Products
- Easy and Safe Determination of Fatty Acids Using Spectrophotometric Technology
- Evaluating Green Laundry Detergent Performance Via Spectrophotometric Color Measurement
- Evaluating the Effectiveness of Color Retention Hair Care Products Via Spectral Analysis
- From Clear to Pure: Chemical and Color Analysis in the Petrochemical Industry
- How Accurate Color Measurement Leads to Effective Formulations in Solar Reflective Paint
- How Appropriate Color Measurement Can Expand the Possibilities of Recycled Paint
- How Color Analysis of Liquid Detergents Can Improve Stability and Performance
- How Essential Oil Spectrophotometers Promote Quality Control in the Perfume Industry
- How Process Monitoring Ensures the Perfect Match in Pigment Color Mixing of Paints and Coatings
- Improve Paintball Vibrancy Using a Color Spectrophotometer
- Improving UV-Resistant Clear Coating Formulations Through Spectrophotometric Analysis
- Keeping the Golden Gate Bridge Golden: How Paint Suppliers for Bridges Keep Colors Consistent
- Loose Powder Color Measurement: Challenges and Solutions
- Measuring Cosmetic Color Pigments to Ensure Quality and Meet Consumer Demands
- Measuring the Color of Perfume Optimizes Appeal and Consumer Confidence
- Monitoring the Color Stability of Dental Composite Resin with Spectral Technology
- Pinpoint Your Sample Area in the Lab Using 2° Standard Observer Spectrophotometers
- Simultaneous Color and Haze Measurement Assures Quality in Glass Cleaners
- Simultaneous Color and Haze Measurements Simplifies Quality Control in Hair Gloss Treatments
- Some Like It Hot: How to Determine Color Difference in Molten Samples
- Spectral Technology Improves Quality in Concrete Color Pigments
- Spectrophotometers Develop Exact Color Matches in PTFE Tape for Avionic Electric Wire Insulation
- Spectrophotometers Ensure Consistency of Color Additives in Candy
- Spectrophotometers Ensure Tinted Sunscreen Brand Consistency
- Spectrophotometers Provide Quality Control for the Production of Aircraft Fuel
- Spectrophotometers Provide the Best Way to Measure Ink Color Density and Projected Color Outcome
- Spectrophotometers Reduce Operational Risk for Naval Haze Grey Paint Manufacturers
- Spectrophotometers Refine Munsell Chart Identification in Soil Drainage Surveys
- Spectrophotometric Color Measurement Helps Perfect Color Correcting Makeup
- Spectrophotometric Color Quality Control Helps Shampoo Manufacturers Keep Clients Happy
- Spectrophotometry Ensures Total Transparency in Smartphone Crystal Glue
- Spectrophotometry Reveals the Hidden Secrets of Using a Wine Color Additive to Enhance Appearance
- The Best Methods for Measuring the Color of Caustic Liquid Chemical Samples
- The Color of Clean: The Value of Performance Test Results for Cleansers and Detergents
- The Evolution of Paint Color Trends and Why Color Measurement Matters
- Transmission Spectrophotometers Clarify Color Consistency in Polyurethane Coatings
- Transmission Spectrophotometers Ensure Color Quality in Liquid Dish Soap
- Understanding the Most Effective Methods for Color and Gloss Measurement of Paint
- Using a Spectrophotometer to Improve Color Quality and Performance of Offset Inks
- Using Spectrophotometers To Develop Multifaceted Colors in Duochrome Cosmetics
- Using Spectrophotometric Analysis to Aid the Development of Safer Non-Phthalate Plasticizers
- Using UV-Vis Spectrophotometry for Chromium Determination in the Leather Tanning Industry
- Why Spectrophotometric Ink Color Measurement Is More Essential than Ever Before for Print Media
Color in Food Industry
- A Better Method of Measuring Color and Haze in Beverages
- A Matter of Taste: How Color Analysis of Food and Beverage Containers Can Make a Difference
- A Perfect Pairing: Applying Spectrophotometric Measurement to Alcohol Content in Beverages
- A Rainbow of Choices: Measuring Color Perception of Sauces and Dressings
- Addressing the Challenges of Control Color Quality in Textured Food Samples
- Addressing the Challenges of Viscosity and Color Value Measurement in Maple Syrup
- Analyzing Color and Haze in Fruit Juices Improves Appeal for Health-Conscious Consumers
- Analyzing the Quality of Baked Products Using Spectrophotometric Color Measurement
- Applying Spectrophotometric Evaluation to Chlorophyll Pigments to Reap Health Benefits
- Applying UV-Vis Spectrophotometric Lead Testing Methods Within the Food Industry
- Beer Color Analysis: Setting the Standards for Quality Using Spectrophotometric Technology
- Biofortification Challenges: Using Objective Corn Color Measurement to Protect Public Health
- Blow molders Need Transmittance Spectrophotometers for Efficient Color Quality Control
- Citrus Color Measurement: Accurate and Portable Analysis Made Easy with Spectrophotometers
- Coffee and Color Measurement: How Spectrophotometers Take the Guesswork Out of the Roasting Process
- Coffee Roasters Can Use Spectrophotometers to Determine Color on SCAA Roast Scale
- Color Additives: Adjusting to Changing Trends with Natural Alternatives
- Color Analysis of Non-Uniform Food Products: The Right Instrumentation for Textured Samples
- Color Classification of Foods: Differentiating Opaque, Translucent, and Transparent Samples
- Color Classification: Utilizing Spectrophotometry for Analysis and Grading of Tomato Products
- Color Consistency in Bottled Tea: Choosing a Reliable Method of Product Analysis
- Color Measurement in Agriculture Improves Apple Fruit Red Coloring
- Color Measurement Solutions for Dark Roast Coffee Enhance Flavor
- Color Perception Meets Consumer Desires: How to Set the Mood with the Hues of Food
- Color Quality Control Ensures Yellow Mustard Brand Consistency
- Color Quality Control Keeps Ketchup Brands Consistent
- Color Quality Control Keeps Mayonnaise Brands Consistent
- Color Saturation: Measuring the Concentration of Food Additives with UV-VIS Spectrophotometry
- Color Stability: The Role of Spectrophotometers in the Shelf Life of Meat Products
- Color Standards for Frozen French Fried Potatoes Simplified with Spectral Technology
- Color Technology in Food and Dairy Products: Using Spectrophotometers for Multiple Methods of Analysis
- Colorimetric Scores: Making Sure Your Tomatoes Make the Grade
- Condiment Industry Analysis Shows a Growing Need for Color Analysis as Market Trends Change
- Considering Tea Color Benefits and the Power of Instrumental Analysis of Beverage Products
- Consistent Measuring of Coconut Water Color and Haze
- Creating a Color Scale for Edible Oils Using Spectrophotometric Technology
- Determining Appropropriate Spectrophotometric Options for Food Color Analysis
- Easy and Safe Determination of Fatty Acids Using Spectrophotometric Technology
- Effect Color Has on Food Perception, Flavor and Quality
- Ensure a Consistent Flavor Profile for Your Coffee Roast With a Spectrophotometer
- Ensuring Therapeutic Pet Food Quality Using Spectrophotometric Analysis
- Establishing Color Classification with Spectrophotometric Analysis: Measuring the Quality of Fruit
- Evaluating the Color of Low-Fat Cheese to Increase Customer-Perceived Value
- Examining How Spectrophotometric Pet Food Analysis Can Help Premium Brands Flourish
- Exploring Options for Measuring the Color of Spices
- FDA Says “NO” to Trans Fats: How to Use Color Technology for Compliance
- Food Processors Rely on Spectrophotometers to Ensure Color Consistency Despite Variations in Natural Ingredients
- Fortified Food Analysis: Spectrophotometric Determination of Micronutrients
- Honey Color Measurement: Spectrophotometers Provide the Solution to a Sticky Situation
- How Color Measurement via Spectrophotometers Is Bringing Milk Powder Production to New Heights
- How Do UV Spectrophotometers Analyze Caffeine Levels? : Using Light Absorption to Measure Coffee
- How Fast-Food Chains Utilize Color
- How Food Producers Ensure Proper Color Measurement Using Hitch Standardization
- How Spectrophotometers Are Used for Wine Analysis: The Importance of Color Measurement in Winery Labs
- How Spectrophotometers Measure Caramel Color Additives: Using the Hue Index for Analysis
- How Spectrophotometric Analysis Is Driving Wine Technology Forward
- How Sugar Color Is Measured and Graded with Spectrophotometers—and Why It Matters
- How to Measure Beer Opacity and Color in Amber Ales and Other Medium Roast Malts
- How to Measure the Color of Ice Cream And Why It Matters in Food Production
- How to Measure the Quality of Spices: Maintaining Color Control with Spectrophotometers
- How Wineries Use Color Quality Control Equipment to Craft Wines that Are Worth Collecting
- How Wineries Use Wine Turbidity to Measure Vintage Quality and Save on Expenses
- Improving Food Dye Analysis in Commercial Products with Spectrophotometry
- Improving Food Production with Color Technology: Feeding the World Through Innovation
- In a Booming Market, Spectrophotometers Play an Essential Role in Yogurt Quality Control
- In a Color Class All Their Own: Measuring Grain Products Using Spectrophotometers
- In the Eye of the Beholder: Using Color Measurement to Influence Perception of Nutritional Value
- Increase Clarity in Light Beer Using a Spectrophotometry
- Instrumental Color Quality Control Smooths Out Raw Materials Variation in Whipped Cream Production
- It’s Turkey Time: Using Visible Spectroscopy to Meet Consumer Demands for Poultry Inspection Safety
- Judging a Product by Its Cover: Using Color Analysis for Sensory Testing in Foods
- Living the Sweet Life: Spectral Analysis of Cane Sugar and Other Sugar-Based Products
- Making the Grade: Utilizing Spectrophotometric Analysis in Orange Juice Production
- Manufacturers Choose Natural Alternatives as FDA Regulations on Food Coloring Continue to Change
- Measure Beer Opacity to Maintain Color Richness in Stouts and Other Dark Brews
- Measuring Color and Haze in Functional Beverages is Essential to Ensure Product Appeal
- Measuring Color Intensity: Addressing the Challenges of Natural Food Dyes
- Measuring the Color of Aloe Vera Gel to Ensure Consistent Quality
- Measuring the Color of Chocolate Sweetens Appeal in a Changing Market
- Measuring the Color of Flour Ensures Quality Control in an Evolving Marketplace
- Measuring the Color of Peanut Butter to Ensure Product Quality and Appeal
- Measuring the Color of Protein Powder Using Spectrophotometry Enhances Appeal
- Measuring the Color of Table Grapes to Assess the Impact of Color Enhancers
- Monitoring Japanese Soy Sauce Color via Spectrophotometry
- Monitoring the Color of Roasted and Cooked Nuts Using On-Line Spectrophotometric Instrumentation
- Monitoring Vanilla Extract Quality by Spectrophotometric Technique
- Mouthwash Manufacturers Rely on Spectrophotometers for Color Quality Control to Ensure Brand Consistency
- Naturally Delicious: Spectrophotometry Can Help Food Manufacturers Make the Move Away From Artificial Colors
- New Variations in Hard Apple Cider Color Create Competition for Craft Beers
- Non-Contact Color Measurement Reduces Sample Prep Time and Improves Accuracy
- Nuts About Color Measurement: Reducing Process Variation With Spectrophotometers
- Perfecting the Appearance of Light and Dark Rums Using Spectrophotometric Technology
- Quality Control in Cocoa Bean Processing using Color Measurement
- Quality Control with UV-VIS Spectrophotometry: Analysis Applications in Beer
- Quantitative Analysis of Sugar: Monitoring the Fermentation Process with Spectrophotometry
- Rating Maple Syrup With Spectrophotometers Helps Producers Make the Grade
- Reading the Leaves: Spectrophotometers Can Identify Oxidation Stages of Tea Leaves
- Searching for a Solution to the Coffee Rust Epidemic: How Spectrophotometry May Provide the Answers
- Sensor Film and Color Analysis Work Together to Ensure Food Safety
- Sensory Analysis: Using Visible Spectrophotometry for Quality Detection in Fish
- Simplifying Color and Haze Measurement In Apple Juice
- Simultaneous Color and Haze Measurement Help Brands Perfect Ready-to-Drink Teas
- Smart Spectrophotometers Help the Coffee Industry Increase Accuracy of Color Measurements
- Smart Spectrophotometers Offer a Better Way to Measure the Color of Cookie Samples
- Spectral Analysis of Chloroplast Pigments Improves Food Quality Naturally
- Spectral Analysis of Peanut Butter: The Multiple Uses of Color Measurement in Nut Products
- Spectral Analysis Offers New Possibilities for Fish Quality Assessment and Detection of TMA
- Spectral Analysis: A Rapid and Effective Method for Determining Food Contaminants
- Spectral Analysis: Spectrophotometers Help Shine a Light on Meat Quality and Prices
- Spectrophotometers and the Color Standards Reference Chart for Potato Chip Analysis
- Spectrophotometers Ensure Accurate Color Grades for US Maple Syrup Producers
- Spectrophotometers Ensure Consistency of Color Additives in Candy
- Spectrophotometers Ensure Tinted Sunscreen Brand Consistency
- Spectrophotometers for Measuring Color Guarantee Gin Quality Control
- Spectrophotometers for Monitoring Shelf Life of Hamburger Meat Improves Marketability
- Spectrophotometers for Poultry Quality Assurance Separate Normal from Abnormal Chickens
- Spectrophotometers Help Food Manufacturers Switch to Natural Dyes
- Spectrophotometers Help Orange Groves Produce Ideal Juicing Oranges
- Spectrophotometers Improve Market Position for Producers of Canned Tuna
- Spectrophotometers Measure Opacity and Color Quality in Beer for Small-Scale Breweries
- Spectrophotometers Provide Quality Control Assurance for Powdered Drink Manufacturers
- Spectrophotometers Take the Guesswork Out of Meat Color Measurement Guidelines
- Spectrophotometric Analysis of Cocoa Beans: Taking a Closer Look at the Benefits of Color Measurement
- Spectrophotometric Analysis of Wine Color Can Enhance Sensory Perception
- Spectrophotometric Analysis Takes Center Stage In New Maple Syrup Grading System
- Spectrophotometric Analysis: The Nuances of Coffee Bean Color During the Roasting Process
- Spectrophotometric Color Evaluation of Green Coffee Beans for Optimal Quality and Consistency
- Spectrophotometric Color Measurement Assures Milk Quality and Safety
- Spectrophotometric Color Measurement Helps Eliminate Artificial Colorants in Almond Milk and Other Nut-Based Beverages
- Spectrophotometric Color Measurement Optimizes Appeal of Premium Liquors
- Spectrophotometric Determination of Fish Freshness Protects Consumer Health
- Spectrophotometric Determination of Saffron Adulteration Helps Prevent Food Fraud
- Spectrophotometric Evaluation of Honey Color Helps Boost Appeal
- Spectrophotometric Solutions: Utilizing Color Measurement to Optimize Coffee Quality
- Spectrophotometrically Measuring the Color of Beans Is Instrumental to Quality Assurance
- Spectrophotometry Ensures Quality and Consistency in the Portion Pack Coffee Revolution
- Spectrophotometry Reveals the Hidden Secrets of Using a Wine Color Additive to Enhance Appearance
- Tea Fingerprinting: Combining Chromatography and Spectrophotometry for Quality Analysis
- The Benefits of Implementing a Reliable Color Quality Control Method for Limestone
- The Benefits of Non-Contact Color Technology: Measuring Cereals and Other Grain-Based Food Products
- The Color of Flour: Evaluating Grain Products with Spectral Analysis
- The Future of Water Quality Testing: Spectrophotometers to Stave Off Disaster
- The LOVIBOND® Color Scale Improves the Quality and Consistency of Liquid Egg Products
- The Perfect Cup: Creating the Right Coffee Blend with Color Measurement
- The Taste of Success: How Colorimetry Can Exploit the Brain’s Perception of Food Quality
- To Buy or Not to Buy: Using Objective Color Assessment in Meat Production
- Tomato Color Classification Image Analysis Increases Quality in Ketchup
- Using a Spectrophotometer to Measure Beer Bottle Colors: A Method That Leads to Better-Tasting Beer
- Using Carrageenan Color Analysis to Improve the Visual Appeal of Food Products
- Using Coffee Color Analysis to Accurately Measure Light Roasts
- Using Color Assessment to Ensure Quality, Safety, and Sustainability in the Meat Industry
- Using Color Quality to Indicate Ripeness in Fruits: Creating a Better Product with Spectrophotometric Technology
- Using Color Standardization to Achieve Uniform Color and Consistency in Nut Product Processing
- Using Spectral Analysis to Determine Formaldehyde Content in Wet Market Seafood Products
- Using Spectrophotometers to Capitalize on Ways Beverage Color Affects Taste Perception
- Using Spectrophotometers to Ensure Better Quality Control of Soda Color in the Beverage Industry
- Using Spectrophotometers to Meet the Color Standard for Canned Tomatoes
- Using Spectrophotometric Color Measurement to Optimize Quality and Efficiency in Rice Production
- Using Spectrophotometry for Accurate Haze Measurement to Improve Quality Perception of Beer
- Using Spectrophotometry to Measure the Impact of Fruits and Vegetables on Skin Tone
- Using the Gardner Scale to Enhance Quality and Create Color Consistency in Edible Oils
- Using UV-Vis Spectrophotometry to Detect Fake Olive Oil and Protect Brand Reputation
- Using Wine Bottle Glass Colors to Reduce Light Exposure and Improve Quality
- Utilizing Beta-Carotene as a Food Colorant: Spectrophotometer Applications for Concentration Analysis
- Utilizing Color Quality Control Data to Improve Production in the Food Industry
- Utilizing Spectral Analysis for Determining the Optical Sorting Systems of Raw Nuts
- Utilizing Spectrophotometers for the Analysis of Food Dyes in Beverages
- Utilizing Spectrophotometers to Measure Color Change in Iron-Fortified Food Products
- UV-Vis Spectrophotometry Leads the Way in Counterfeit Alcohol Detection
- Various Methods of Protein Quantification using Optical Density Measurements
- Vista Color and Haze Spectrophotometer Ensures Bottled Water Clarity and Color Quality
- Vista Spectrophotometer Improves Color Quality Control for Vodka Distilleries
- Vitamin C Analysis: Obtaining Accurate Color Absorption Measurement with Spectrophotometers
- Viva EVOO: How Color Saturation May Be an Indicator of the Health Benefits of Olive Oil
- What Color Quality Says About Food: How Does Your Product Measure Up?
- Why a Large Surface Area Measurement Matters in Spectrophotometric Analysis of Food
- Why Measuring the Color of Vanilla Ice Cream Matters Now More Than Ever
- “Just Say No” to Moldy Cheese with Spectral Analysis: Utilizing Food Science Technology
Color in Pharmaceuticals
- A Dose of Color: Using Spectrophotometry for Color Measurement in Liquid Pharmaceuticals
- Active Pharmaceutical Ingredient Detection Using Spectrophotometers: An Investment that Pays Off
- Analysis of Drugs and Excipients in Solid State with Spectrophotometric Technology
- Analyzing the Color of Scarce and Expensive Pharmaceutical Materials via Small Sample Testing
- Applications of Spectral Analysis: Measuring the Peaks and Valleys of Pharmaceutical Quality
- Applying Spectrophotometric Evaluation to Chlorophyll Pigments to Reap Health Benefits
- Chemical Analysis in Cosmetics: Using Spectrophotometry for Toxicology and Quality Testing
- Chemical Analysis of Sunscreen: Determining SPF with Ultraviolet Light Measurement
- Color Coding: The Value of Color Measurement in Pharmaceutical Adherence Packaging
- Color Consistency in Pharmaceuticals: Using Spectrophotometry for Blending Powders and Plaques
- Color Measurement Helps Oral Care Products Promote Adherence
- Color Measurement Instruments Promote Better Pigmentation in Liquid Lipsticks
- Color Psychology: Subliminal Messaging, Courtesy of Your Local Pharmacy
- Color Spectrophotometers Are Essential For Creating Accurate Medical Test Strips
- Color-Coded Packaging Becomes Part of Pharmacies’ Strategy to Prevent Medication Errors
- Color-Coding Technology: 50 Shades of Grey Pills?
- Creating Precise Transitions For Color-Changing Makeup With Spectrophotometers
- Developing the Best Self Tanner Products Relies on Effective Spectrophotometric Analysis
- Early Detection of Skin Cancer Using Spectral Imaging: A Non-Invasive Approach to Better Health
- Enhancing the Color Stability of Dentures Via Spectrophotometric Evaluation of Cleaning Agents
- Finding an Answer: Using Spectrophotometry for Dietary Supplement Standardization
- Getting Drugs to the Eyes: Spectrophotometry Takes a Closer Look at Improving Ophthalmic Medications
- How Color Measurement of Abuse-Deterrent Opioids Can Enhance Public Health
- How Spectrophotometers Improve Shaving Cream Color Quality Control
- How to Monitor Pharmaceutical Color Standards Using Advanced Spectral Technology
- How to Monitor Pharmaceutical Packaging Color and Drug Expectancy Effectively with Spectral Technology
- Keeping Prescription Pill Colors Consistent for Improved Safety and Identification
- Keeping the Balance: Stability Testing in Pharmaceuticals with Spectral Analysis
- Light Technology in Bioimaging: How Spectrophotometers Are Revolutionizing the Field of Medicine
- Maintaining Color Quality Control in Birth Control Pills Protects Patient Health
- Measuring Color Absorption in Biopharmaceuticals: How Spectrophotometers Determine Analyte Concentrations
- Measuring Color and Haze in Liquid Pharmaceuticals Protects Patient Health
- Measuring the Color of Expensive Essential Oils Using Smaller Sample Sizes
- Measuring the Color of Generic Drugs to Enhance Patient Adherence and Public Safety
- Meeting CGMP Guidelines in Pharmaceuticals with Spectral Technology
- Monitoring Color Standards for Pharmaceutical Grade Starch with Spectral Technology
- New Technology Improves Efficiency of Color and Haze Measurement in Liquid Pharmaceuticals
- New Technology Improves Efficiency of Color and Haze Measurement in Liquid Pharmaceuticals
- Optimizing Color Quality Control in Cosmetics With Non-Contact Spectrophotometers
- Optimizing Success Rates: Spectrophotometric Determination of Nicotine in Transdermal Patches
- Outer Appeal: The Importance of Accurate Color Measurement in Pharmaceutical Packaging
- Overcoming the Challenges of Color Measurement in Coated Pills
- Quality Control in the Pharmaceutical Industry: The Spectrophotometric Solution for Small Molecules
- Quantitative Color Measurement Unlocks the Potential of the European Pharmacopoeia Scale
- Replacing Visual Analysis: How to Avoid Errors and Maintain Safety in the Pharma Industry
- Safety in Numbers: Using Color Consistency to Verify Batch Concentrations in Pharmaceuticals
- Self Tanner Analysis: Monitoring Color Formulas with Spectrophotometric Technology
- Spectral Analysis of Aspirin Offers More Versatility in Laboratory Testing
- Spectrophotometers and Fraud Exposure: Using Spectral Analysis to Detect Counterfeit Drugs
- Spectrophotometers Ensure Tinted Sunscreen Brand Consistency
- Spectrophotometers Help Control Deodorant and Antiperspirant Stick Color Consistency
- Spectrophotometers Help Cosmetic Brands Create More Diverse Foundation Shades
- Spectrophotometers Help Create Color Consistency in Beeswax
- Spectrophotometers Help Hand Sanitizer Manufacturers Meet Quality Control Standards
- Spectrophotometers Identify Counterfeit Pharmaceuticals With Color Measurement
- Spectrophotometers Work to Eliminate Unappealing Color and Haze in Tooth Whitening Solutions
- Spectrophotometric Color Analysis is Essential for Creating Natural-Looking At-Home Hair Dye
- Spectrophotometric Color Measurement Facilitates Formulation of Purple Eyeshadow
- Spectrophotometric Color Measurement Helps Optimize Appeal of Over-the-Counter Medication
- Spectrophotometric Determination of UV Protection Essential in Booming Sunscreen Market
- Spectrophotometric Evaluation of UV Absorbers in Pharmaceutical Packaging
- Spectrophotometry in Orodispersible Medications: Measuring a New Trend in Pharmaceuticals
- The Benefits of Implementing a Reliable Color Quality Control Method for Limestone
- The Best Color Measurement System for Bath Bombs and Multi-Colored Soaks
- The Importance of Testing the Color Consistency of Tattoo Ink
- The Role of Color Management and Measurement in Patient Perception and Use of Pharmaceuticals
- Use Haze Measurement and Color Scales to Monitor Fish Oil Quality
- Using a Colorimetric Assay to Monitor Cell Growth
- Using a Spectrophotometer to Integrate Properties of Traditional Medicine with Modern Treatments
- Using Color Analysis for Verification of Generic Prescription Drugs
- Using Hitch Standardization to Ensure Color Consistency Across Pharmaceutical Manufacturing Sites
- Using Pharmaceutical Coloring Agents to Match Flavor Expectations Increases Patient Acceptability
- Using Spectrophotometers in the Development of Microblading Inks
- Using Spectrophotometers to Create Consistency in Colored Contact Lenses
- Using UV-Vis Spectrophotometry In Drug Stability Testing Can Predict Commercial Viability
- Utilizing Color Measurement for Quantitative and Qualitative Analysis in Pharmaceuticals
- Utilizing Spectrophotometry in a Worldwide Approach to Medical Aid
- UV Spectrophotometry Identifies Compounds in Pharmaceuticals
- UV Spectroscopy for Vascular Imagery: Is Light Technology the New Frontier in Radiology?
- Vitamin Analysis: Creating Quality Supplements through Spectrophotometric Determination
- What Is the Difference Between Radiometers, Spectrometers, Spectroradiometers and Spectrophotometers?
- What’s Hiding in Your Prescription Pills: Color Value Reveals Chemical Purity in Pharmaceutical Grade Talc
- What’s Really in Prescription Drugs? The Value of Impurity Analysis and Spectrophotometers
- Why Spectrophotometric Technology for Drug Color Is More Important Than Ever Before
Color in Plastics
- Addressing Color Quality Standards with Spectrophotometry: Setting Tolerances in Plastics
- Analysis of Sunglass Lens Color and Tint Leads to Better Performance in Outdoor Eyewear
- Auto Parts Manufacturers Use Spectrophotometers to Ensure Lights Meet Color Codes
- Blow molders Need Transmittance Spectrophotometers for Efficient Color Quality Control
- Choosing the Best Spectrophotometer for Measuring Glitter and Sequin Color
- Choosing the Right Spectrophotometer for Plastics Can Increase Production and Sales
- Clear Color Analysis: How Haze Measurement Ensures Product Visibility in Packaging Materials
- Color Consistency in Plastics Is a Complicated and Necessary Process
- Color Process Automation Technology: Advanced Methods in Plastic Manufacturing
- Color Quality Control for Traffic Signs Can Be Accomplished with Spectrophotometers
- Color Variations in Plastics: You Say Lime, I Say Chartreuse — What Is It Really?
- Color-Changing Plastics: Applying Spectral Data to New Technology Development
- Effectively Utilizing Spectrophotometers for 3D Color Printing and Design
- Examining How Color Process Automation Technology Makes Plastics Manufacturing Greener
- Exploring How Spectrophotometry Can Help Mechanochromic Polymers Reach Their Potential
- Exploring the Benefits of Color Process Automation Technology in the Plastics Industry
- Fast, Easy, Effective: Utilizing Spectrophotometers to Measure Color Pigment Content in Plastics
- Going Green with Color Technology: Variation in Plastics Makes Sorting Recyclables Easy
- Haze Measurement of Plastic Film: How Another Layer of Clarity Adds Value for Consumers
- How Color Technology Takes the Guesswork Out of Plastic Preform Measurement
- How Spectrophotometers Analyze Chemical Composition of Plastics and Aid Recycling Efforts
- How Spectrophotometers Are Increasing Color Harmony and Stability in Maxillofacial Prosthetics
- How to Avoid Challenges and Maintain Color Consistency in Plastic Plaque Production
- How to Ensure the Color and Clarity of Colored Lens Filters Using Spectrophotometric Analysis
- Joining Forces: How Spectrophotometric Analysis Can Optimize the Value of Plastic Plaques
- Just In Time: Using Spectrophotometers to Optimize Color Changeover in Plastics Manufacturing
- Making the Most of Colorants to Increase the Value of Plastic Composites in Cars
- Measuring the Color of Plastic Bottles to Optimize Quality and Marketability
- Perfecting the Color of Plastic Playground Equipment
- Plastic Power: Polymer Color Industries Lead the Economic Revival
- Resin Sorting Using NIR Spectrophotometers Expands the Potential of Plastics Recycling
- Sensor Film and Color Analysis Work Together to Ensure Food Safety
- Some Like It Hot: How to Determine Color Difference in Molten Samples
- Spectral Analysis: An Effective Method for Measuring Plastic Coating and Film Thickness
- Spectrophotometers Aid the Development of Eco-Friendly Plastic Film Alternatives
- Spectrophotometers are Essential for Creating Colorful Luggage
- Spectrophotometers Ensure Color Quality in Acrylic Molding
- Spectrophotometers Facilitate Color Harmony in Car Interiors
- Spectrophotometers Facilitate Mass Production of High-End, Realistic Dolls
- Spectrophotometers Help Manufacturers Keep Traffic Cones Safety Orange
- Spectrophotometric Evaluation of UV Absorbers in Pharmaceutical Packaging
- The Benefits of On-Line Spectrophotometers for Plastics Manufacturers
- Using Spectrophotometers for Color Matching Prosthetics: The Future of Limb Replacement Technology
- Using Spectrophotometers to Create Consistency in Colored Contact Lenses
- Using Spectrophotometers to Develop Color Quality in Composite Deck Material
- Using Spectrophotometry to Enhance Appeal of Eco-Friendly Plastic Food Wrap and Films
- Using Spectrophotometry to Revolutionize Acrylic Paint Manufacturing and Labeling
- Using UV Measurement of Sunglasses to Increase the Quality of Protective Eyewear
- Utilizing Color Analysis of Plastic and Polymer Additives in Production
- Utilizing Color Measurement of Carbon Black Filled Plastics to Achieve Consistency and Durability
- Utilizing Effective Color Target Technology to Hit the Mark in Plastic Measurement
- UV Analysis in Ophthalmology: Spectrophotometer Applications for Eyeglasses and Contact Lenses
- UV-Vis Spectrophotometric BPA Determination Helps Plastics Manufacturers Ensure Safety
- Why Measuring the Color of Dog Toys Matters
Color in Textiles
- Color Accuracy in Textiles: Proper Sample Preparation Equals Proper Color Measurements
- Color Matching Challenges in Textiles: Detecting Illuminant Metamerism
- Color Measurement in Treated Sportswear: Spectrophotometers Lead the Way to Innovation
- Color Quality Control Ensures Consistency in Leather Furniture Production
- Ensuring Accurate Color Measurement of Hydrochromic Textiles with Spectrophotometers
- Grey Change and Grey Stain Scales Help the Textile Industry Create Durable Colors
- How Objective Color Analysis Is Helping Natural Dyes Flourish in the Textile Industry
- How Spectrophotometry Brings New Facets to Leather Dyeing Techniques
- How to Accurately Analyze Carpet Color Using the UltraScan VIS Spectrophotometer
- How to Prepare Textile Samples for Accurate Color Measurement
- Improving Colorfastness in Silk Products Via Spectrophotometric Color Measurement
- Instrumental Color Analysis Ensures Military Textiles Manufacturers Meet Berry Amendment Standards
- Looking at How Spectrophotometry Can Optimize Textile Effluent Treatment and Protect the Environment
- Measuring the Color Stabilizing Effects of Antimicrobial Textile Treatments
- Off Goods Reduced by Spectrophotometer Use in Post-Dye Tufted Carpet
- Perfecting Natural Textile Dyes Using Spectral Analysis
- Spectrophotometers Allow Bridal Lace Manufacturers to Maintain Consistent Color and Quality
- Spectrophotometers are Essential for Creating Colorful Luggage
- Spectrophotometers Enhance Felt Color Quality Control
- Spectrophotometers Ensure Supply Chain Quality Control for Garment Manufacturers
- Spectrophotometric Assessment of White Textiles for the Hospitality and Healthcare Industries
- Spectrophotometry Ensures Color Quality Control of High-Visibility Safety Clothing
- Spectrophotometry in Fabric Production: Achieving Color Conformity in Blends of Natural and Synthetic Fabrics
- Spectrophotometry in the Textile Industry: Ensuring Color Consistency in Denim Production
- Spectrophotometry Is Refining Eco-Friendly Dye Technologies and Protecting Water Supply
- Spectrophotometry Makes Color Consistency in Towel Production Possible
- Using Spectrophotometers to Eliminate Variations in Right-First-Time Yarn Manufacturing
- Using UV-Vis Spectrophotometry for Chromium Determination in the Leather Tanning Industry
- Why Measuring the Color of Dog Toys Matters
Color Measurement
- Addressing the Challenges of Optical Brightening Agents in Paper Color Measurement
- Addressing the Limits of Human Color Perception with Spectrophotometers
- Advanced Spectrophotometers Optimize the Value of Whiteness Indices in the Presence of Optical Brighteners
- APHA Color System: A Measurement of Liquid Purity
- Applying Appropriate Spectrophotometric Technology and Accessories for Small Sample Analysis
- Benefits of In-Process and In-Line Color Measurements
- Benefits of Portable Color Measurement Devices
- Biomedical Optics and Spectrophotometry: Shining a Light on the Future of Health Care
- Can You See Me Now? Measuring the Color Range and UV Brightness in Camouflage
- Candle Manufacturers Can Ensure Color Quality Control with Spectral Analysis
- Car Paint Color Matching After An Accident Using A Spectrophotometer
- Challenges in Color Matching: Using Spectrophotometers to Identify Illuminant Metamerism
- Challenges in Spectrophotometric Color Measurement: Working with Hot Liquid Samples
- Cholesterol Measurement with Spectrophotometers: Determining the Risk of Heart Disease through Skin Analysis
- Chroma Meter vs. Spectrophotometer
- Cigar Quality Control Made More Stringent with Spectrophotometric Color Analysis
- Color Contrast: How the Right Technology Can Help Your Product Make a Statement
- Color Density Measurement: Using Spectrophotometric Technology for Chlorophyll Analysis
- Color Design: Using Spectrophotometers to Meet New Challenges in Printing and Packaging
- Color in Astronomy
- Color Management: How Investing in Spectrophotometers Today Leads to a More Profitable Tomorrow
- Color Perception: How Spectrophotometry Can Neutralize the Effects of Visual Discrimination
- Color Quality Control for Traffic Signs Can Be Accomplished with Spectrophotometers
- Color Quality Control in Powder Coating of Metal Substrates Creates a Competitive Advantage
- Color Quality of Ink Formulation Kept Consistent With On-Line Spectrophotometric Systems
- Color Selection of Paints and Coatings: How Spectrophotometers Take the Guess Work Out of Sample Matching
- Colored Pencil Manufacturers Use Spectrophotometers to Achieve Consistent Colors
- Colorimeter vs. Spectrophotometer: What’s the Difference?
- Contrast Ratio: Determining the Opacity of Paints and Coatings Using Spectrophotometers
- Developing a Color Tolerance Standard Reduces Variations and Increases Product Quality
- Effectively Utilizing Spectrophotometers for 3D Color Printing and Design
- Eliminating Color Variations: How to Average Samples with Spectrophotometric Analysis
- Energy Efficient Color Technology: Measuring Roofing Granules for Solar Reflectance
- Energy Efficient Glass: Another Attribute of Advanced Color Technology
- Establishing a Color System: How to Define Color Tolerances with Spectrophotometric Technology
- Evaluating Seasonal Effects on Color Perception and the Implications for Color Measurement
- Evaluating Spectrophotometric Solutions for Color Matching Challenges Posed by Gloss
- Expanding Flexibility and Color Measurement Potential with Double Beam Spectrophotometers
- Exploring the Many Uses of Color Analysis: Applications of Modern Spectrophotometry
- Food Dyes — Harmless or Harmful? Why Do We Color Food?
- Forestry Applications: Using Spectroscopy to Monitor Production Variables and Improve Efficiency
- From Smartphones to Smart Spectrophotometers: How Smart Technologies Are Changing Color Measurement Workflows
- Glass Color Analysis: The Role of Spectrophotometric Technology in Popular Building Materials
- Handheld Spectrophotometers Keep Crayon Color Quality Consistent During Production Processes
- Harnessing the Potential of Color Psychology to Optimize Product Design
- How Auto Body Shops Can Address the Color Measurement Challenges of Pearlescent Paint
- How Brands Can Use Spectrophotometric Measurement to Ensure Color Consistency in Home Decor
- How Colored Toilet Paper Elevated an Everyday Item to a Luxury Product
- How Instrumental Analysis Ensures Quality and Value in Color-Sensitive Products
- How Spectrophotometers Can Help Nail Polish Manufacturers Meet Designer Specifications
- How Spectrophotometers for Makeup Are Changing the Base Foundation Cosmetics Industry
- How Spectrophotometers Improve Shaving Cream Color Quality Control
- How to Avoid Metamerism in Color-Coordinated Household Appliances
- How to Get the Most of Your EasyMatch QC Software and Spectrophotometer Features
- How to Test the Turbidity in Water
- HunterLab Vista: Understanding Color Scales to Make the Most of Transmission Color Measurement
- Improving UV-Resistant Clear Coating Formulations Through Spectrophotometric Analysis
- Instrumental Color Measurement Makes the Most of Ammonia Fuming
- Instrumental Measurement Helps Wood Manufacturers Produce Repeatable Colors
- Let There Be Light: A Celebration of Light-Based Technologies and Spectrophotometers
- Maintaining Clarity: Color Measurement in Clear Liquid Soaps, Cleansers, and Laundry Detergents
- Measuring Surface Texture Color with Spectral Reflectance and Sphere Technology to Ensure Visual Quality
- Measuring the Color of Perfume Optimizes Appeal and Consumer Confidence
- Measuring the Color of Stars
- Measuring Water Quality with Spectrophotometry: The Best Approach for Identifying the Unknown
- Methods of Soil Analysis Using Spectrophotometric Technology
- Micro Measurements: The Waste Not, Want Not Approach to Quantifying Color
- Monitoring the Color Stability of Dental Composite Resin with Spectral Technology
- Mouthwash Manufacturers Rely on Spectrophotometers for Color Quality Control to Ensure Brand Consistency
- New Cigarette Packs Show the Power of Color Psychology in Product Packaging
- New Frontier in Pearl Assessment: Utilizing UV-Vis Spectrophotometry for Quality Standards
- Nice Ride: Spectrophotometric Instruments and Color Matching in the Automotive Industry
- Non-Contact Color Measurement Reduces Sample Prep Time and Improves Accuracy
- Paint Retailers with Accurate Color Matching Instruments Earn Customers for Life
- Pigment Color Analysis: Preserving Art for Generations
- Protein Measurement: Calculating Absorbance Values with Spectrophotometers
- Recognizing the Importance of Color in Packaging Sets Your Brand Up For Success
- Researchers Accurately Identify Lizard Color with Spectrophotometers
- Seasonal Color Analysis
- Selecting the Right Transmission Cell for Spectrophotometric Liquid Analysis
- Should You Use Glass or Plastic Sample Holders? The Pros and Cons of Each Method
- Spectrophotometers Aid in Archaeology Analysis Methods for Universities
- Spectrophotometers Aid Plant Identification and Botanical Research
- Spectrophotometers Can Ensure Color Quality in High-End Oil Paint Manufacturing
- Spectrophotometers Ensure Efficacy of UV Sensor Products to Protect Consumers From the Sun
- Spectrophotometers Facilitate Color Communication Across Languages and Cultures
- Spectrophotometers Help Control Deodorant and Antiperspirant Stick Color Consistency
- Spectrophotometers Help Graphic Designers Ensure Quality Control of Color During Manufacturing
- Spectrophotometers Help Improve Color Fastness in Construction Paper
- Spectrophotometers Help You Stay on Top of Color Trends
- Spectrophotometers Identify Counterfeit Pharmaceuticals With Color Measurement
- Spectrophotometers Improve Ornithology Research with Reproducible Color Measurement
- Spectrophotometers Refine Munsell Chart Identification in Soil Drainage Surveys
- Spectrophotometers: The Leading Choice for Reliable Forensic Analysis
- Spectrophotometric Color Matching Breathes New Life into Damaged and Worn Goods
- Spectrophotometric Color Measurement Enhances Traffic Sign Visibility and Protects Public Safety
- Spectrophotometric Color Measurement Helps Perfect Transitions in Adaptable Lenses
- Spectrophotometric Color Quality Control of Artificial Plants Increases Realism
- Spectrophotometric Monitoring of Color Consistency Solidifies Brand Identity
- Spectrophotometry in Forensics
- Spectrophotometry vs. Spectroscopy
- Specular Component Included (SCI) vs. Specular Component Excluded (SCE)
- Testing Very Small Samples of Rare or Expensive Dye Could Significantly Lower Manufacturing Costs
- The Amazing World of Color Technology: Absorption, Transmittance, and the Beer-Lambert Law
- The Benefits of Portable Spectrophotometers for Eliminating Production Line Waste
- The Benefits of Simulating Daylight Using UV Control
- The Best Color Quality Control Protocols for Dry Erase Markers
- The Best Spectrophotometer for Realistic-Looking Synthetic Wigs and Hair Extensions
- The Difference in Color and Appearance: Measuring Both with Spectrophotometry
- The Effect of Texture: Ensuring Accurate Color Measurement Through Integrated Height Measurement
- The Gardner Scale: Modern Applications for Color Measurement of Transparent Liquids
- The Perfect Jeans: Integrating Spectrophotometric Analysis in Denim Manufacturing
- The Perfect Smile: Using Spectrophotometry and Color Measurement to Evaluate Cosmetic Dental Products
- The Universality of Spectrophotometry: A Common Language of Color Measurement
- Tools for Advanced Color Analysis Help Professional Horticulturalists Corner Niche Markets
- Tooth Color Analysis: Finding the Perfect Match with Spectrophotometers
- True Color Assessment: How to Ensure Compatibility and Inter-Instrument Agreement
- Turfgrass Plant Health Can Be Monitored by Growers Through Spectrophotometric Color Analysis
- Understanding Color Harmony Can Help Enhance Consumer Perception and Experience
- Understanding Color Vision Impairment and the Need for Objective Color Measurement
- Understanding Optical Geometries and Choosing the Right Spectrophotometer for Effective Data
- Understanding Spectrophotometric Measurement Parameters to Ensure Color Consistency
- Understanding Tristimulus Values & the CIE Color System
- Using a Spectrophotometer to Measure Beer Bottle Colors: A Method That Leads to Better-Tasting Beer
- Using Light Reflectance Value to Reverse Urban Heat Island Effect: Managing Solar Absorption with Paints and Coatings
- Using Spectrophotometers to Optimize Just-in-Time (JIT) Manufacturing
- Using Spectrophotometric Analysis to Determine Color Consistency in Car Clear Coat
- Using Spectrophotometry to Measure the Impact of Fruits and Vegetables on Skin Tone
- Using Spectrophotometry to Optimize the Formulation and Production of Colored Concrete
- Utilize Spectrophotometric Analysis to Catch a Thief in the Art World
- Utilizing Spectrophotometry to Help Expand Thermochromic Features Beyond Novelty Products
- UV-VIS Spectroscopy for Water Analysis and Environmental Applications
- Visual Assessment: When the Human Eye Is Just Not Enough for Accurate Color Measurement
- What Are TAPPI Color Standards?
- What Is a Colorimeter, and How Does It Work?
- What Is a Dual-Beam Spectrophotometer?
- What Is a Hyperspectral Spectrophotometer?
- What Is a Spectrophotometer and How Does It Work?
- What Is an Inter-Instrument Agreement?
- What Is Photometric Range and Photometry?
- What Is Spectral Range?
- What Is Spectral Resolution?
- What Is the Difference Between Spatial and Spectral Resolution?
- What Is UV Control in Color Measurements?
- What Light Technology Can Do For You? How Color Measurement Illuminates the Future of Modern Science
- What Remains: Spectral Analysis Expands Possibilities in Forensic Science
- What’s the Right Geometry for Solid Opaque Colors?
- When Is Sample Averaging Appropriate in Color Measurement?
- Why Effective Bandwidth Matters
- Why Logo Color Matters: Understanding the Value in Building Brand Identity and Shaping Perception
- Why Using a Spectrophotometer with a Small Footprint Could Benefit Your Lab
ColorFlex EZ
- “How do I get data off my MiniScan EZ or ColorFlex EZ if I do not have EasyMatch QC software?”
- BCU – Baking Contrast Units
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Directional Instruments
- How are IQ OQ PQ protocols applied to stand-alone ColorFlex EZ and MiniScan EZ instruments?
- How can I import data from MiniScan EZ (and ColorFlex EZ) directly into EasyMatch QC?
- How do I lock the Product Setups on MiniScan EZ (or ColorFlex EZ)?
- How do I measure the color of semi-solid materials?
- How do I read Opacity on my MiniScan EZ (or ColorFlex EZ) instrument?
- Independent Test Lab for DDG Color of Dried Distillers Grain?
- Is Hunter Rd, a, b color scale supported on the ColorFlex EZ?
- Measuring small sample quantities with ColorFlex
- Measuring the Color of Sausage Casings
- What are the NCI National Cheese Color Standards?
- What Fuse Protection is in place with HunterLab Instruments?
ColorFlex EZ Citrus
ColorFlex EZ Coffee
ColorFlex EZ Tomato
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Can the color of Fresh Spaghetti Sauce be measured with Tomato Scores?
- Directional Instruments
- How are IQ OQ PQ protocols applied to stand-alone ColorFlex EZ and MiniScan EZ instruments?
- How to determine Lycopene Concentration using a ColorFlex Tomato Meter
- Spectrophotometric Color Measurement Keeps Ketchup Red as Manufacturers Eliminate Preservatives
- What Fuse Protection is in place with HunterLab Instruments?
- What Tomato Tiles are available as Hitch standards?
ColorTrend HT Meter
D25Lt Colorimeter
EasyMatch QC
- “How do I get data off my MiniScan EZ or ColorFlex EZ if I do not have EasyMatch QC software?”
- Can EasyMatch QC automatically open a Job(s) when opening the software?
- Can I manually enter color values into EasyMatch QC?
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Do HunterLab sphere instruments conform to ASTM D1003?
- Do you have a formula to convert Hunter Lab values to CIE L*a*b*?
- Do you know what Molten Color is?
- Does EasyMatch QC software report peak absorbance?
- How can I change the Decimal Places displayed in EZMQC?
- How can I change the Green Tile Values in EasyMatch QC?
- How can I enable login within EasyMatch QC to set User Privilege?
- How can I import data from MiniScan EZ (and ColorFlex EZ) directly into EasyMatch QC?
- How can I make changes to the Default Job Template?
- How can I perform a first-time installation of EasyMatch QC software?
- How can I set up the instrument in Multi-Mode?
- How can I upgrade EasyMatch QC software on an existing computer?
- How can I upgrade or install EasyMatch QC software on a new computer?
- How can I use EasyMatch QC on a Network?
- How can I use EasyMatch QC to measure Contrast Ratio Opacity?
- How can we export data from EasyMatch QC?
- How do I average multiple readings?
- How do I backup the User data and Job files from EasyMatch QC?
- How do I get a new EasyMatch hardware key and driver?
- How do I import an existing Universal database into EasyMatch QC on a new computer?
- How do I measure Haze with EasyMatch QC?
- How do I read a Standard and Sample in EasyMatch QC?
- How do I set up a Hitch Standard in the EasyMatch QC software?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How to perform a clean uninstall of EasyMatch QC and start fresh
- How to report more than one color scale in EasyMatch QC?
- If I select D65/10 to read XYZ what will happen when I read YI?
- Is there a Munsell HVC color conversion in EasyMatch QC?
- Is there a way to change the Standardization Interval?
- Is there an AutoSave feature available in the EasyMatch QC software?
- Is there an Internet Site for converting and displaying color values?
- SPC Results for Diagnostic Didymium Filter Test
- Unable to Standardize Instrument
- Using ASCII Export on Multiple Jobs
- What does ‘EasyMatchQC MFC Application has encountered a problem’ mean?
- What is needed for a successful new installation of EasyMatch QC software?
- What is the best way to back-up data from EasyMatch QC?
- What mode am I in and how do I change modes?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- Where can Liquid Gardner Color Standards be ordered?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
- Why am I getting a Blank page when printing in EasyMatch QC?
- Why are the Buttons in the EasyMatch QC Toolbar grayed-out?
- Why do my hand calculated L* a* b* values not match the values displayed in EasyMatch QC?
EasyMatch QC-ER
- Can I manually enter color values into EasyMatch QC?
- Do HunterLab sphere instruments conform to ASTM D1003?
- Do you have a formula to convert Hunter Lab values to CIE L*a*b*?
- Does EasyMatch QC software report peak absorbance?
- How can I certify HunterLab EZMQC-ER software and instruments to FDA 21 CFR Part 11 ERES?
- How can I change the Decimal Places displayed in EZMQC?
- How can I enable login within EasyMatch QC to set User Privilege?
- How can I make changes to the Default Job Template?
- How can I set up the instrument in Multi-Mode?
- How can I upgrade EasyMatch QC-ER software on a new computer?
- How can I upgrade EasyMatch QC-ER software on an existing computer?
- How do I average multiple readings?
- How do I backup the User data and Job files from EasyMatch QC?
- How do I get a new EasyMatch hardware key and driver?
- How do I measure Haze with EasyMatch QC?
- How do I perform an DQ IQ OQ PQ RQ using EasyMatch QC-ER?
- How do I read a Standard and Sample in EasyMatch QC?
- How do I set up a Hitch Standard in the EasyMatch QC software?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How does EasyMatch QC-ER software comply with FDA 21 CFR Part 11?
- How to perform a clean uninstall of EasyMatch QC-ER
- If I select D65/10 to read XYZ what will happen when I read YI?
- Is there a way to change the Standardization Interval?
- Is there an AutoSave feature available in the EasyMatch QC software?
- Is there an Internet Site for converting and displaying color values?
- SPC Results for Diagnostic Didymium Filter Test
- Unable to Standardize Instrument
- What does ‘EasyMatchQC MFC Application has encountered a problem’ mean?
- What mode am I in and how do I change modes?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- Where can Liquid Gardner Color Standards be ordered?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
Food
- ASBC Beer Color and Turbidity
- ASTA Color and IC Color of Paprika and Oleoresin Spices
- BCU – Baking Contrast Units
- Can the color of Fresh Spaghetti Sauce be measured with Tomato Scores?
- Color and haze measurement of fruit drinks and carbonated beverages
- Color Measurement of Wine
- Do you have a source for color standards related to fruits and vegetables?
- Dried Distillers Grain (DDG)
- How do I measure the color of semi-solid materials?
- How to determine Lycopene Concentration using a ColorFlex Tomato Meter
- Is the color of beer related to the color of the distillers grain?
- Measuring Citrus Juices
- Measuring the Color of Olive Oil
- Measuring the Color of Sausage Casings
- Spectrophotometric Color Measurement Keeps Ketchup Red as Manufacturers Eliminate Preservatives
- What are the NCI National Cheese Color Standards?
- What are the SCAA Roast Coffee Standards?
- Why It’s Important to Measure the Color of Protein Substitutes
Industries
Instruments and Software
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Can you provide instructions to replace the Instrument White Tile?
- Do HunterLab sphere instruments conform to ASTM D1003?
- Do you have a source for calibrated, traceable transmission filters?
- How can I change the Decimal Places displayed in EZMQC?
- How can I change the Green Tile Values in EasyMatch QC?
- How do I read a Standard and Sample in EasyMatch QC?
- What Fuse Protection is in place with HunterLab Instruments?
MiniScan EZ
- “How do I get data off my MiniScan EZ or ColorFlex EZ if I do not have EasyMatch QC software?”
- BCU – Baking Contrast Units
- Changing the standardization interval on a MSEZ
- Directional Instruments
- How can I import data from MiniScan EZ (and ColorFlex EZ) directly into EasyMatch QC?
- How do I lock the Product Setups on MiniScan EZ (or ColorFlex EZ)?
- How do I measure the color of semi-solid materials?
- How do I read Opacity on my MiniScan EZ (or ColorFlex EZ) instrument?
- Measuring Molded Plastic Parts
- Wet Specimen Port for the MiniScan EZ 45/0 LAV
- What Fuse Protection is in place with HunterLab Instruments?
On-Line
Other
Paper
- Color Consistency in Art Papers Helps Paper Manufacturers Meet the Needs of Printmakers
- Do you have a source for a Sample Conditioning Cabinet for Heat and Humidity?
- ERIC – Effective Residual Ink Concentration Value
- How can I use EasyMatch QC to measure Contrast Ratio Opacity?
- What are Hydrochromic or Hygrochromic Color Samples?
- What is a Y Brightness? Beta Reflectance Factor? Reflection Coefficient?
Pharmaceuticals
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
- Can HunterLab instruments measure APHA/Pt-Co/Hazen Color above 500?
- Do you have a source for a Sample Conditioning Cabinet for Heat and Humidity?
- Do you have a source for EP Opalescence Standards?
- Do you have a source for Transparent Liquid Haze Standards?
- Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
- History of the APHA/Pt-Co/Hazen Color Scale
- How can I upgrade EasyMatch QC-ER software on an existing computer?
- How do I measure “clear and colorless” Surfactants?
- How do I perform an DQ IQ OQ PQ RQ using EasyMatch QC-ER?
- How do I use the round Small Volume (4 ml) 10 mm Transmittance Cell?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How does EasyMatch QC-ER software comply with FDA 21 CFR Part 11?
- How is ASTM D1003 Transmission Haze measured at levels > 30%?
- Is it possible to create ASTM traceable haze standards above 30%?
- Measuring the Color of Clear Liquids
- Measuring the Color of Clear Liquids
- References for Hazen Color Scale
- The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
- What is a visual limit for Haze%?
- What is the CP – Chinese Pharmacopeia Color Scale?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What standard do I use to verify Yellowness Index Performance?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
Plastic
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
- Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
- Contrast Ratio Opacity
- Do you have a source for a Sample Conditioning Cabinet for Heat and Humidity?
- Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
- History of the APHA/Pt-Co/Hazen Color Scale
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How is ASTM D1003 Transmission Haze measured at levels > 30%?
- Is it possible to create ASTM traceable haze standards above 30%?
- Measuring Molded Plastic Parts
- References for Hazen Color Scale
- The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
- What is a visual limit for Haze%?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What resources are available for making plaques and sheets from plastic pellets?
- What standard do I use to verify Yellowness Index Performance?
- When do I use Specular Exclusion in Color Measurement?
- Where can Liquid Gardner Color Standards be ordered?
Portable
Software
- Do you have a formula to convert Hunter Lab values to CIE L*a*b*?
- Does EasyMatch QC software report peak absorbance?
- How can I change the Decimal Places displayed in EZMQC?
- How can I enable login within EasyMatch QC to set User Privilege?
- How can I make changes to the Default Job Template?
- How can I upgrade EasyMatch QC-ER software on a new computer?
- How do I set up a Hitch Standard in the EasyMatch QC software?
- How to perform a clean uninstall of EasyMatch QC and start fresh
- How to perform a clean uninstall of EasyMatch QC-ER
- Is there an AutoSave feature available in the EasyMatch QC software?
- Using ASCII Export on Multiple Jobs
SpectraProbe S/8
SpectraProbe XE
SpectraTrend HT
Textiles
UltraScan PRO
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASBC Beer Color and Turbidity
- ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
- Can HunterLab instruments measure APHA/Pt-Co/Hazen Color above 500?
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Conformance summary of how HunterLab sphere instruments measure ASTM D1003 Transmission Haze
- Diffuse Sphere Instruments
- Do you have a source for calibrated, traceable transmission filters?
- Do you have a source for liquid Saybolt and ASTM D1500 Color Standards?
- Do you have a source for Transparent Liquid Haze Standards?
- Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
- Does the White Tile stay at the Reflectance Port during Transmission Readings?
- How do I measure “clear and colorless” Surfactants?
- How do I measure the color of semi-solid materials?
- How do I use the round Small Volume (4 ml) 10 mm Transmittance Cell?
- How do you measure the color of bare metal materials?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How is ASTM D1003 Transmission Haze measured at levels > 30%?
- How is polarization minimized in HunterLab sphere instruments?
- Is it possible to create ASTM traceable haze standards above 30%?
- Measuring the Color of Clear Liquids
- Measuring the Color of Clear Liquids
- Source for ASTM D1003 Transparent Plastic Haze Standards from HunterLab
- SPC Results for Diagnostic Didymium Filter Test
- The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
- Use of the Retroviewer to align small samples
- What are the Flow Cell Options for Transparent Liquids?
- What Fuse Protection is in place with HunterLab Instruments?
- What is a visual limit for Haze%?
- What is the CP – Chinese Pharmacopeia Color Scale?
- What is the technique for quantifying reflected color in architectural glass?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What tolerance should be used for a PQ Performance Qualification on Transmission Color Measurements?
- When do I use Specular Exclusion in Color Measurement?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
UltraScan VIS
- APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
- ASBC Beer Color and Turbidity
- ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
- Can HunterLab instruments measure APHA/Pt-Co/Hazen Color above 500?
- Can Power Supplies in HunterLab Instruments be used everywhere?
- Can you measure the color of diamonds, gems, pearls and other precious stones?
- Color and haze measurement of fruit drinks and carbonated beverages
- Conformance summary of how HunterLab sphere instruments measure ASTM D1003 Transmission Haze
- Diffuse Sphere Instruments
- Do you have a source for calibrated, traceable transmission filters?
- Do you have a source for liquid Saybolt and ASTM D1500 Color Standards?
- Do you have a source for Transparent Liquid Haze Standards?
- Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
- Do you know what Molten Color is?
- Does the White Tile stay at the Reflectance Port during Transmission Readings?
- How do I measure “clear and colorless” Surfactants?
- How do I measure the color of semi-solid materials?
- How do I use the round Small Volume (4 ml) 10 mm Transmittance Cell?
- How do you measure the color of bare metal materials?
- How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
- How is ASTM D1003 Transmission Haze measured at levels > 30%?
- How is polarization minimized in HunterLab sphere instruments?
- Is it possible to create ASTM traceable haze standards above 30%?
- Masked 4 mm diameter port for ColorQuest XE and UltraScan XE
- Measuring the Color of Clear Liquids
- Measuring the Color of Clear Liquids
- Source for ASTM D1003 Transparent Plastic Haze Standards from HunterLab
- SPC Results for Diagnostic Didymium Filter Test
- The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
- Use of the Retroviewer to align small samples
- What are the Flow Cell Options for Transparent Liquids?
- What Fuse Protection is in place with HunterLab Instruments?
- What is a visual limit for Haze%?
- What is the CP – Chinese Pharmacopeia Color Scale?
- What is the technique for quantifying reflected color in architectural glass?
- What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
- What tolerance should be used for a PQ Performance Qualification on Transmission Color Measurements?
- When do I use Specular Exclusion in Color Measurement?
- Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
Uncategorized
- Application of Double Beam Spectrophotometer
- Benchtop vs. Portable Spectrophotometers
- Benefits of Benchtop Color Measurement Devices
- Can HunterLab instruments measure APHA/Pt-Co/Hazen Color above 500?
- ColorFlex EZ Coffee Meter
- Densitometry versus Colorimetry
- How do you quantify color?
- Human Observers
- Is it possible to create ASTM traceable haze standards above 30%?
- Is the color of beer related to the color of the distillers grain?
- Light Sources and Illuminants
- Masked 4 mm diameter port for ColorQuest XE and UltraScan XE
- Measuring Citrus Juices
- Measuring Color and Haze in Functional Beverages is Essential to Ensure Product Appeal
- Measuring Differences in Appearance
- Measuring the Color of Clear Liquids
- Objects
- Simultaneous Color and Haze Measurements Simplifies Quality Control in Hair Gloss Treatments
- Single Beam vs. Double Beam Spectrophotometer
- Spectrophotometers Help Manufacturers Keep Traffic Cones Safety Orange
- The Right Spectrophotometer Can Improve Quality Control of Natural Stone Sealants
- What Is CIELAB Color Space?
- What is the stability of the APHA/Pt-Co/Hazen liquid color standards?
Validation & Compliance
- Color Standards for Plastics — Plastic Colorants and Color Concentrates
- Color Standards for the Paper Industry
- How to Apply Your Color Analysis in Quality Control of Coffee
- New Digital Qualification Notebook Generator Transforms Quality Control Procedures
- The Importance of Meeting Color Standards in the Food Industry
- What Is a Calibration Curve in a Spectrophotometer?
- What Is ASTM Compliance?
- What Is Device Compliance and How Do You Document It?